The Best Applications for RIM Molding: Where Low Pressure Delivers High Performance
When engineers face challenging part requirements—large housings, impact-resistant components, or...
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Why Your Next Complex Part Shouldn't Be Injection Molded
Engineering teams face this scenario repeatedly: a complex plastic component with annual volumes...
Read MoreCan You RIM Mold Large Parts? The Design Freedom Advantage
When engineers need to produce large plastic parts, they often face a frustrating trade-off: accept...
Read MoreRIM Molding: A Framework for Process Selection
Choosing the right manufacturing process can make or break a project. It's not just about finding...
Read MoreAdvanced Polymers in RIM Applications
The world of reaction injection molding (RIM) has undergone a remarkable transformation. What once...
Read MoreWhy RIM Urethanes? Understanding the Engineering Advantages of Reaction Injection Molded Polyurethanes
When design engineers face challenging requirements for large, complex plastic components,...
Read MoreHow is Poly-DCPD Processed? Is It More Economical Than Thermoplastic Injection Molding?
Engineering teams seeking manufacturing solutions for complex plastic parts often compare different...
Read MoreUnderstanding DCPD Resins vs Other RIM Materials: A Technical Comparison
When considering Reaction Injection Molding (RIM) for your manufacturing needs, material selection...
Read MoreColor Options for Poly-DCPD Parts
For engineers and designers working with Poly-DCPD (polydicyclopentadiene), color selection extends...
Read MoreExothermic Gives High-End Treadmill's Side Panels a Poly-DCPD Polish
A high-end virtual reality-enhanced treadmill for fitness and physical therapy centers had to look...
Read MoreRevolutionary Poly-DCPD Systems: The Future of Industrial Materials
In the ever-evolving world of industrial materials, a groundbreaking innovation reshapes...
Read MoreWould You Do This To Your Molded Part?
Throw it off a roof. Shoot it with a .40 caliber. PDCPD doesn't care.
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